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Power Cables
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
  • POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2
POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2

POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2

  • 10000 - 49999 Meters
    $25.60
  • >= 50000 Meters
    $23.60
View product details

POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Capacity Power Transmission: Designed to handle large electrical loads with stranded copper conductors (5 cores, 35–185mm²) and a rated voltage of 1 kV, ensuring efficient power distribution in demanding systems.
  • Multi-Layered Protection: Features an aluminum sheath for durability and corrosion resistance, XLPE/PVC insulation for electrical isolation, and a PVC jacket for environmental protection, enabling safe and reliable operation.

Key features

  • 1. Corrosion-Resistant Aluminum Sheath

    • With a corrosion-resistant aluminum sheath, ensure long-term durability in harsh underground environments. Aluminum provides 20% lighter weight than traditional copper-sheathed cables*, reducing installation effort and costs.

  • 2. High-Capacity Conductors

    • With 5x185mm² stranded copper conductors, handle power demands up to 1 kV efficiently, outperforming standard 95mm² cables in heavy-duty industrial setups.

  • 3. Underground Application Certification

    • With IEC 60502-1 compliance and robust XLPE/PVC insulation, safely deploy in underground installations, resisting moisture and chemical exposure better than non-certified alternatives*.

  • 4. Flexible Stranded Design

    • With stranded copper conductors, achieve superior bendability and resistance to mechanical stress compared to solid-core cables, simplifying complex routing in commercial spaces.

  • 5. Customizable Core Configurations

    • With adaptable core sizes (35mm² to 185mm²) and jacket materials (XLPE/PVC), tailor the cable to specific voltage and insulation needs, offering 30% faster project adaptation than fixed-standard cables*.

Product details

POWER CABLES / IEC 60502-1 AL / XLPE / STA (DST) / PVC 0.6 / 1 KV 5cores 5x35mm2 5x95mm2 5x120mm2 5x185mm2

The POWER CABLES IEC 60502-1 AL/XLPE/STA (DST)/PVC 0.6/1 KV is a high-capacity, durable power cable designed for underground applications. Featuring stranded copper conductors, multi-layer insulation (PVC/PE/XLPE), and an aluminum sheath, it balances electrical performance, corrosion resistance, and cost efficiency. Available in 5-core configurations (5x35mm² to 5x185mm²), it supports diverse power transmission needs in industrial and commercial settings.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum sheath + stranded copperUnderground power distribution systems
InsulationPVC/PE inner, XLPE/PVC outerHigh-temperature or corrosive environments
Voltage Rating0.6/1 kV (IEC 60502-1 compliant)Medium-voltage power transmission
Conductor TypeStranded copper (flexible design)Dynamic installations requiring bending
Core Configuration5 cores (sizes: 35–185mm²)Multi-circuit power distribution networks

Customization guide

Adjustable parameters:

  • Conductor size: Customize cross-sectional area (e.g., 5x95mm² for medium loads vs. 5x185mm² for heavy-duty use).
  • Insulation type: Swap XLPE for enhanced temperature resistance or PVC for cost-sensitive applications.
  • Sheath material: Replace aluminum with alternative alloys for specialized corrosion protection.

Get inspired

With its robust aluminum sheath and stranded copper conductors, this cable ensures longevity in harsh underground environments. Whether upgrading a factory’s power grid or installing infrastructure in corrosive soil, this cable delivers reliable performance while adapting to your specific voltage and capacity demands.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Conductor Capacity5x35mm² (Standard)+50% (5x95mm²)+100% (5x185mm²)*
InsulationPVC (Basic)XLPE (Enhanced)XLPE + PE (Premium)
Temperature Rating-20°C to +70°C-30°C to +90°C-40°C to +120°C
Weight2.5 kg/m (Aluminum)Same as Base20% lighter (lightweight alloy)

Supplier's note

  1. Technical Breakthroughs:

    • Aluminum Sheath: 30% lighter than copper alternatives, reducing installation costs while maintaining corrosion resistance.
    • Stranded Conductors: 40% more flexible than solid-core designs, enabling easier routing in tight spaces.
    • XLPE Insulation: 2x higher dielectric strength than PVC, ensuring safety in high-temperature industrial settings.

  2. Optimal Version Selection:

    • Base Model: Ideal for standard underground residential/commercial projects requiring up to 5x35mm² capacity.
    • Advanced Model: Recommended for harsh environments (e.g., chemical plants) needing XLPE’s thermal stability and 5x95mm² power handling.
    • Pro Model: Best suited for heavy-industry applications (e.g., mining, offshore platforms) where extreme temperatures (-40°C to +120°C) and 5x185mm² capacity are critical. With its lightweight alloy sheath, it reduces installation strain while tripling the industry-standard chemical resistance.

Note: Comparative values are illustrative and based on typical industry benchmarks.

Frequently asked questions

  • Which IEC 60502-1 aluminum power cable model suits high-power industrial applications?

  • Aluminum vs Copper Sheathing: Which is better for outdoor power cables?

  • Can this 5-core XLPE/PVC cable be customized for harsh underground environments?

  • Is this IEC 60502-1 cable certified for safety in commercial power systems?

  • How to ensure proper installation of stranded copper conductors in underground cables?

  • What makes this 1kV power cable suitable for underground electrical installations?

  • Does the multi-layered design of this cable enhance longevity in industrial settings?

  • How does the aluminum sheath in this 5-core cable reduce costs without sacrificing performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionUnderground power distributionAluminum sheath + copper conductors (IEC 60228) ▲
Advanced: Aluminum + polymer composite (ASTM B209)		Lightweight (30% lighter than copper sheath) ▲
Enhanced corrosion resistance (10+ years lifespan)		Aluminum has higher resistance (requires thicker conductors for same capacity)
Insulation TypeIndustrial plants, substationsBase: PVC (70°C max, IEC 60502-1)
Advanced: XLPE (90°C max, IEC 62067) ▲		Cost-effective for standard temps ▲
Higher thermal resistance for heavy loads		XLPE requires specialized installation tools (20% higher cost)
Jacket MaterialHarsh outdoor/underground environmentsBase: Flame-retardant PVC (UL 94 V-2)
Advanced: UV-resistant XLPE (IEC 60502-4) ▲		Standard fire safety ▲
Resists UV degradation (50% longer lifespan outdoors)		XLPE jackets are less flexible in cold climates (-20°C brittleness risk)
Core ConfigurationHigh-current applications (e.g., factories)5 stranded copper cores (90 strands/IEC 60228)Flexible routing (bends to 8x diameter) ▲
High current capacity (5x185mm² = 925mm² total)		Stranded cores increase bulk (20% larger diameter vs solid cores)
Voltage RatingCommercial buildings, substations1kV rated (IEC 60502-1)Safe for 0.6/1kV systems (widely adopted standard) ▲
Handles 130% overload for 1hr (IEC 60853)		Higher voltage requires thicker insulation (adds 15% to cable weight)
Mechanical StrengthTrench-laid cables in rocky terrainBase: Dual-layer construction (ASTM D2464)
Advanced: Steel-armored triple-layer (IEC 60245) ▲		Resists rodent damage (tested per IEC 60811) ▲
Withstands 10kN/m bending force		Armored cables require heavy machinery for installation (30% slower deployment)

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